def __init__(self):
utils.TradeTest.__init__(self)
sdsr = data.StockData_SQLite(self.files[0])
self.curr_closes = {}
self.float_str = StockDataSource.float_date(self.dates[0])
self.float_end = StockDataSource.float_date(self.dates[1])
for code in self.codes:
sdsr.read_stock(code, self.dates[0], self.dates[1])
if not len(sdsr.stocks):
sdsr.load(code, self.dates[0], self.dates[1], self.params[0])
if not len(sdsr.stocks):
continue
data_list, _dates = sdsr.parse_price()
_data_vec = numpy.transpose(data_list)
turtle = index.TurtleIndex()
index_long = index.LongTurtleIndex(turtle, _data_vec,
self.turtle_args[2],
self.turtle_args[3],
self.turtle_args[0],
self.turtle_args[1])
self.fixed_invest(code, _data_vec, index_long)
print("%s %s, use time %.02f seconds." %
('single_turtle', code, time.time() - self.start))
self.account.save_records(code, self.files[2])
self.plot(data_list, index_long, code)
def __init__(self):
utils.TradeTest.__init__(self)
sdsr = data.StockData_SQLite(self.files[0])
self.curr_closes = {}
self.float_str = StockDataSource.float_date(self.dates[0])
self.float_end = StockDataSource.float_date(self.dates[1])
for code in self.codes:
sdsr.read_stock(code, self.dates[0], self.dates[1])
if not len(sdsr.stocks):
sdsr.load(code, self.dates[0], self.dates[1], self.params[0])
if not len(sdsr.stocks):
continue
data_list, _dates = sdsr.parse_price()
_data_vec = numpy.transpose(data_list)
pe_table = sdsr.index_daaily(code, self.dates[0], self.dates[1])
def __init__(self):
utils.TradeTest.__init__(self)
self.curr_closes = {}
self.float_str = StockDataSource.float_date(self.dates[0])
self.float_end = StockDataSource.float_date(self.dates[1])
